VESC Motor Control & RF Remote

@MuhammadUzair16

Hi I am an embedded systems engineer with over 12 years of experience in BLDC motor control, VESC configuration, CAN-linked drive systems and RF/RC control integration. I can help tune your dual VESC setup for true tank-style operation with smooth forward/reverse, pivot turning, proportional braking and safe current behavior under heavy load or stall conditions. My approach would be to first confirm the receiver channel outputs and wiring, then map throttle/brake/direction cleanly into VESC Tool, set motor and battery current limits, tune regen/active braking, calibrate RPM limits and adjust torque response so both sides feel matched across the trigger range. I can also configure CAN master/slave behavior so the controllers behave as one drivetrain without cogging or desync. I can provide upload-ready VESC configuration files, a concise pairing/wiring guide, and help review logs or test videos to verify bidirectional drive, braking response and turn-in at the calibrated RPM targets. A few details I would like to confirm are the exact VESC model, motor specs, battery voltage/current capability, receiver type and whether the remote outputs PWM, PPM, UART or another signal format. Please contact me to discuss details.

@macroenergy

With my extensive skills and experience in the realm of electrical engineering, electronics and embedded systems, I am confident in my ability to take your VESC Motor Control & RF Remote project to the next level. Having worked on multiple projects involving digital motor control, BLDC motors, and embedded systems, I am fully comfortable with leveraging the software tool's like VESC Tool- having successfully flashed firmware on several controllers. Your project requirements are right up my alley. Binding and mapping the RF receiver to both VESCs while ensuring smooth channel translation for clean speed, braking and direction is something I can anticipate without any hitches. Moreover, setting safe current limits, regenerative and active braking parameters to ensure no motor over-currents under stall conditions is paramount; this I acknowledge fully. My extensive knowledge of powers electronics will be beneficial in synchronizing the two controllers over CAN. Delivering quality work within set safety limits is always a part of my modus operandi. You can rest assured that I won't just focus on performance alone but also maintaining your powertrain safety at all times. With me on board, you need not worry about desync or cogging at high loads either.

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will deliver a fully tuned, safe, and responsive dual-VESC setup for your two BLDC motors with true tank-style control via the RF hand-held remote smooth forward/reverse, proportional speed, precise pivots, and strong braking. MY APPROACH ✅ Bind and map the RF receiver to both VESCs so every channel translates cleanly to throttle, direction, and braking ✅ Set safe current limits, regen, and active braking to protect motors under stall and high load ✅ Calibrate RPM, torque curves, and throttle response for linear feel across the full range ✅ Synchronise both controllers over CAN for zero cogging or desync, acting as one powertrain RELEVANT PROJECTS Multiple VESC-based builds (e-bikes, robots, and tracked platforms) with RF control, CAN sync, and fine-tuned performance under real load. DELIVERABLES • Complete ready-to-flash VESC config files (.json/.xml) • Step-by-step RF pairing guide + wiring diagrams • Confirmation video/logs showing smooth bidirectional tank drive, braking, and zero-lag turns QUESTIONS 1. Which RF remote and receiver are you using (model/link)? 2. What are your motor and battery specs (KV, voltage, max current)? 3. Any preferred firmware version or existing VESC Tool files I can build on? we have spoken briefly on this and I am Ready to start immediately.

@leonidye

Hi, I have experience with BLDC motor control, VESC configuration, CAN bus communication, and remote-control vehicle systems, and I can help optimize your dual-motor setup for smooth tank-style operation. The primary technical challenge in this project is achieving reliable CAN synchronization, proper steering mixing, and safe current/braking limits while preventing cogging, desync, or over-current conditions under heavy load. I can provide fully configured VESC settings files, receiver mapping, current and RPM tuning, braking configuration, and step-by-step setup documentation for future adjustments in VESC Tool. Before proceeding, I would like to confirm the exact VESC models, motor specifications (KV, power, sensored or sensorless), battery voltage/BMS limits, and the RF remote/receiver protocol being used. I would also like to understand whether maximum performance or smooth controllability is the primary objective and if any desync or fault conditions are already present. Based on this information, I can deliver a tuned and documented configuration package along with remote support during validation testing. I am available to start immediately and look forward to discussing your system in more detail. Regards.

@kkirandeep582

With over a decade of experience in Embedded Systems, I have a firm grasp and substantial expertise in this niche field. Having worked extensively with the VESC Tool and having the ability to flash firmware, I can provide you with optimal settings for your VESCs that guarantee smooth motor control. My main objective is always to ensure hardware performance while safeguarding it from any potential risks, such as over-current situations under stall conditions. My years of cultivating this mindset and my extensive skill set make me confident in my abilities to meet your specific project needs, such as setting safe current limits, regulating regenerative and active braking parameters. Leveraging my attention to detail, I will not only bind and map the RF receiver neatly to your VESC controllers but also ensure that every channel on the radio translates seamlessly to the required speed, braking, and direction, enabling "tank-style" drive. By establishing synchrony between the two controllers over CAN without desync at high load, I will ensure the power-train acts in harmony without any disruption. Trust me with this assignment I'm sure we won't just meet but exceed all your expectations.

@yaroslavmark

Hi, I am a Motor Control and Embedded Systems Engineer with 10+ years of experience working with BLDC motors, VESC controllers, CAN networks, and high-power electric vehicle systems. I have delivered multiple dual-motor platforms including differential-drive robots, EV subsystems, and custom traction systems, optimizing current limits, regenerative braking, throttle mapping, and CAN-based synchronization for smooth and reliable operation. Approach ✅ I will analyze the motor, battery, VESC, and RF receiver specifications, then configure input mapping for true tank steering with proportional forward, reverse, braking, and pivot control. ✅ I will tune motor current limits, battery limits, regenerative braking, active braking, and fault protections to maximize responsiveness while preventing over-current and stall-related issues. ✅ I will configure CAN communication, synchronize controller behavior, calibrate RPM and torque response curves, and deliver validated VESC configuration files with upload instructions. Questions ✅ Which VESC hardware versions, motor specifications (KV, voltage, current), and battery configuration are being used? ✅ What RF receiver and transmitter system are you using (PPM, SBUS, iBUS, CRSF, or another protocol)? ✅ Do you have target RPM, vehicle speed, or acceleration requirements that should guide throttle and braking calibration? Best, Yaroslav

@tetianam8

⭐⭐⭐⭐⭐ I've worked extensively with VESC-based motor control systems and understand that achieving smooth tank-style drive requires much more than simply mapping RC channels. The key is properly tuning current limits, braking behavior, throttle curves, CAN communication, and motor parameters so both controllers respond as a single drivetrain. I can help with: • RF receiver binding and channel mapping • Differential/tank steering configuration • Current-limit and stall-protection setup • Regenerative and active braking tuning • RPM, ERPM, and torque curve calibration • CAN bus synchronization between both VESCs • Desync, cogging, and response optimization • Validation of forward, reverse, pivot, and proportional steering behavior Deliverables: • Complete VESC configuration files ready for upload • Receiver wiring and setup documentation • Step-by-step tuning procedure • Verification logs/screenshots and testing guidance Proposed Milestones: Hardware review and receiver configuration Motor detection and baseline tuning CAN synchronization and differential steering setup Performance optimization and final configuration package A few questions: Which VESC hardware version are you using? What RF system/receiver is installed? Are the motors sensored or sensorless? What battery voltage and motor power ratings are involved? I can help get the system tuned for smooth, responsive control while keeping both motors safely within their electrical and thermal limits.

@cesur135

Having worked extensively in industrial automation, I am highly skilled at handling complex projects like yours that demand precision and efficiency. Throughout my career, I have exhibited a keen understanding of hardware and software interactions, which allows me to expertly navigate the VESC Tool and propose effective workflows when needed. Working in Wastewater Treatment Plant and Water Treatment Plant Automation Projects, I developed a comprehensive grasp on system control and safety guidelines. This knowledge will serve as the backbone for configuring safe current limits and securing your VESCs against over-currenting under stall conditions. Furthermore, my proficiency with DELTA PLC, ABB PLC, and Siemens TIA Portal among other systems equips me well for CAN synchronization, ensuring that both your motors act flawlessly as one unified power train even under high load. In addition to device control, an essential part of process automation is performance optimization. My experience with calibrating and refining torque curves will come in handy as we address the key challenge of synchronizing the two controllers without any cogging or desynchronization at different loads. Overall, my diverse experience in the field along with my ability to deliver high-quality work on tight deadlines makes me an ideal candidate for your project - I assure you that I would leave no stone unturned to meet your requirements. I look forward

@electronicsdone

Dear Client, This VESC Motor Control & RF Remote system should not be treated as a simple wiring or setup task. The real challenge is building a stable, high-performance dual BLDC drivetrain that delivers precise tank-style control, smooth torque response, and failsafe protection under real load conditions without desync, lag, or current spikes. I can help design and implement the complete control strategy, VESC tuning architecture, and RF integration system required to achieve reliable and consistent dual-motor performance. My focus would be: ✅ design and map RF control signals to both VESC controllers for accurate proportional throttle, braking, and directional control ✅ configure strict current limiting, regen braking, and stall protection to prevent motor or ESC damage under extreme load ✅ tune throttle curves and RPM response for smooth acceleration, stable low-speed control, and predictable handling ✅ synchronize both VESC units via CAN bus to ensure both motors act as a single unified drivetrain without desync or jitter Two quick questions: 1. What RF remote system and receiver model are you currently using (or planning to use)? 2. Are both motors identical in specification, or do they have different KV ratings or load characteristics? If you message me, I can first outline the full system architecture, wiring plan, VESC parameter structure, and tuning workflow before moving into configuration and final optimization. Best regards, Prat PCB Must Innovations

@engrhasan01

I can help configure and tune your dual VESC-based drivetrain for smooth, responsive tank-style control using an RF handheld remote. My experience includes BLDC motor control, VESC Tool configuration, CAN-networked motor controllers, throttle/brake mapping, and drivetrain tuning for reliable operation under varying load conditions. Deliverables can include: 1. VESC configuration files compatible with your hardware and firmware version. 2. A concise setup guide covering receiver integration, controller configuration steps, and wiring references. 3. Test logs, configuration validation data, or demonstration material showing the configured control behavior and system performance. To prepare accurate settings files, I would need details such as the motor specifications, VESC hardware versions, firmware versions, battery configuration, RF receiver model, and desired operating limits. Once those details are available, I can recommend an appropriate configuration workflow and provide the corresponding setup files. Best regards, Hasan

@mahmoudralizadeh

Hi I’d be happy to help with your VESC-based dual BLDC tank drive setup. I have 10 years of experience in embedded systems, motor control, and hardware tuning, and I’m confident I can get both controllers working smoothly with your RF remote. I can assist with receiver mapping, current and braking limits, RPM calibration, torque tuning, and CAN synchronization, and provide clear configuration files plus wiring and setup guidance. I’d be glad to discuss your hardware details and help get everything dialed in safely and smoothly.

@shenglin0617

Hello, I have extensive experience with VESC-based systems, BLDC motor control, CAN networking, and custom vehicle platforms ranging from robotics to differential-drive vehicles. For this project, I can handle the complete setup process: RF receiver integration, channel mapping, dual-VESC CAN synchronization, current-limit tuning, regenerative braking optimization, and throttle/torque calibration for smooth tank-style operation. My focus is always on achieving responsive control while keeping the system electrically safe under stall and high-load conditions. I will provide: • Fully documented VESC configuration files ready for upload • Receiver wiring and pairing instructions • CAN topology and synchronization setup • Recommended safety limits based on your motor and battery specifications • Verification video and tuning notes My hardware background includes PCB and embedded system design (primarily Altium Designer), which helps when diagnosing signal integrity, receiver interfacing, CAN bus issues, and powertrain behavior that many software-only VESC tuners overlook. I am available to start immediately and can work closely with you until the drive response feels exactly right. Best regards, Gu ShengLin

@marketologmedian

Hi, I have hands-on experience with VESC-based BLDC control systems, including dual-motor synchronization, CAN communication, RF remote integration, FOC tuning, regenerative braking, and high-load drivetrain applications. Your setup—independent bidirectional control with smooth tank-style steering—is exactly the kind of application where careful tuning and controller coordination make a major difference in drivability and reliability. To get started, I would typically need: • VESC hardware model/version • Motor specifications (KV, voltage, max current) • Battery voltage and chemistry • RF remote and receiver model • Drive configuration details • Wheel size / gearing information • Existing configuration files (if available) I look forward to helping you get the system fully dialed in with smooth, responsive, and reliable tank-drive performance. Best regards, Serhii

@scottc0011

Hi, Omar! This project aligns perfectly with my experience optimizing VESC setups for precise, reliable control. Here’s how I’ll ensure true tank-style drive for your BLDC motors: - Bind and map your RF remote to both VESCs with accurate channel-to-control mapping (speed, braking, direction). - Configure safe current limits and optimized braking to prevent over-current or stall conditions. - Calibrate RPM and torque curves for consistent, smooth throttle response. - Sync controllers over CAN for true tandem operation without cogging or performance drops under load. - Provide complete configuration files and clear documentation for pairing/wiring. To proceed smoothly, I’d need a few additional details: your RF remote/receiver model, current VESC firmware versions, any unique wiring constraints, and motor KV/specs if available. I am prepared to talk about your project and can begin right away. Best regards, Scott

@haseebsidd07

Hello, I am Haseeb, a Full Stack Developer | AI Solutions Architect | Web & Mobile Application Expert with 7 years of experience in Electronics, Microcontroller, and Electrical Engineering. I understand your requirements for the VESC Motor Control & RF Remote project. I can provide a professional solution by configuring the VESCs, mapping the RF receiver, setting current limits, calibrating RPM, and ensuring smooth synchronization over CAN. You can view my portfolio here: https://www.freelancer.com/u/haseebsidd07 I would love to discuss your project further in chat. Best regards, Haseeb.

@ronald2379

Hello, I have 15+ years of experience in embedded systems, motor control, and RF integration, and as a licensed professional engineer, I’ve worked on several projects involving VESC controllers and custom radio remotes. I understand you’re aiming for smooth, precise “tank style” dual-motor control with your VESC-based BLDC setup, including safe current limits, robust braking, and seamless CAN synchronization. > I will create and supply VESC configuration files (json/xml) tailored for your dual-motor tank drive, ensuring accurate channel mapping and safe performance. > I’ll provide an easy-to-follow step-by-step guide for pairing the RF remote, as well as clear receiver wiring diagrams. > You’ll receive optimized settings for current limits, regenerative/active braking, and torque curves, all calibrated to prevent over-current at stalls. > I’ll share a confirmation video or log files showing smooth, bidirectional drive and responsive braking at your requested RPMs. I’ve recently configured a similar VESC-CAN system for a robotics client, achieving precise, lag-free dual motor control via RF joystick. Could you please confirm the exact model of your RF remote and receiver, or share a datasheet link? Please contact me. Best Regards, Ronald

@david9028

Hi, Thank you for outlining your project so clearly. I fully understand your goal: to achieve true “tank style” drive by seamlessly integrating your RF remote with dual VESC-controlled BLDC motors, ensuring smooth, responsive control and robust safety at all times. This is right in my wheelhouse—I’ve set up similar VESC-based systems for robotics and high-performance e-mobility projects, including a recent tracked platform where precise proportional control and safe power management were critical. I’m confident I can deliver exactly what you need. My approach will be to carefully map each remote channel to motor actions, calibrate all drive and braking parameters, and use CAN bus synchronization for perfect powertrain harmony. I’ll ensure current and RPM limits are set so you never risk over-current or stalling, and provide clear documentation for setup and operation. Here’s what you can expect from me: - Custom VESC configuration files (.json/.xml) for both controllers, fully tuned for your application. - Detailed, easy-to-follow steps for RF remote pairing and a clear receiver wiring diagram. - Video or log file proof of smooth, synchronized tank drive with precise braking and zero lag. - Ongoing support for any tweaks or questions as you commission the system. With my background in embedded systems, motor control, and VESC hardware, I’m confident we’ll get your project performing at its best—both safely and reliably. I look forward to working with you. Best Regards, David

@anastasiiab37

I specialize in system design, programming, integration, and troubleshooting for industrial automation projects, including VESC-based tank-drive tuning with Electrical Engineering discipline. PLC programming and configuration (Siemens, Allen-Bradley, Schneider, etc.) experience helps me structure safe channel mapping, CAN coordination, limits, and commissioning workflow. Design and implementation of control logic and HMI interfaces translates here into proportional RF trigger logic, braking behavior, and bidirectional response verification. Integration with sensors, actuators, and other industrial equipment will support your receiver wiring, dual BLDC setup, Embedded Systems configuration files, and reliable CAN synchronization. System testing, debugging, and optimization will focus on Motor Control: current limits, regen/active braking, RPM calibration, torque curves, stall protection, logs, and smooth pivoting. Documentation, including electrical schematics, PLC logic diagrams, and user manuals will be adapted into VESC upload files, receiver wiring notes, pairing steps, and validation evidence. On-site support and commissioning (if required) can be replaced with remote guidance through VESC Tool, firmware/settings exchange, logs, and confirmation review. Respectfully, what RF receiver model, remote channel layout, VESC hardware version, motor KV/current ratings, battery voltage, and drivetrain load should the configuration target? - Anastasiia

@Aaleen110

I understand you need a precise, tank-style control system for two BLDC motors managed by VESC controllers, driven by an RF remote. My experience with VESC firmware configuration and custom control logic ensures smooth, proportional speed and braking for independent motor control, similar to a project where I implemented proportional steering for a multi-motor robotic platform. I will configure the VESC firmware on both controllers using VESC Tool, establishing secure binding and mapping of the RF receiver channels to individual motor speed and direction commands. This will include setting specific current limits, regenerative braking, and active braking profiles within VESC Tool to prevent over-current and ensure safe operation under stall conditions, culminating in calibrated RPM and refined torque control for responsive performance. What is the specific make and model of the RF remote and receiver currently in use? Ready to start as soon as you confirm scope.